Daihan Scientific Products

Autoclaves

Discover the cutting-edge autoclaves from Daihan Scientific, designed to elevate your laboratory's sterilization processes. Our autoclaves combine advanced technology with user-friendly interfaces, providing reliable and efficient solutions for diverse applications.

• Superior Sterilization: Achieve optimal cleanliness with our autoclaves, ensuring the elimination of bacteria, viruses, and contaminants in your laboratory instruments.
• Intuitive Controls: Experience seamless operation with our user-friendly interfaces, designed for easy navigation and efficient use.
• Safety First: Our autoclaves prioritize safety, featuring advanced pressure and temperature controls to ensure secure and accident-free operation.
• Versatility Unleashed: Tailored for various laboratory applications, our autoclaves offer versatility and precision in microbiology, medical research, and beyond.
• Built to Last: Crafted with quality materials, Daihan Scientific autoclaves guarantee durability and reliability, meeting the demands of rigorous laboratory environments.

Elevate your laboratory standards with Daihan Scientific Autoclaves – Where Precision Meets Performance.

Heating Blocks

Heating blocks are essential tools in laboratories for uniform and controlled sample heating. They provide a stable and consistent temperature environment, crucial for various scientific and research applications.

• Uniform Heating: Heating blocks ensure even and consistent temperature distribution across all samples, promoting reliable and reproducible results.
• Temperature Precision: Advanced heating blocks offer precise temperature control, allowing researchers to tailor conditions to the specific requirements of their experiments.
• Versatility: Heating blocks accommodate a variety of sample types and sizes, making them versatile for different laboratory applications, including molecular biology, biochemistry, and analytical chemistry.
• Quick Heating and Cooling: Efficient heating blocks feature rapid heating and cooling capabilities, saving valuable time in the laboratory workflow.
• Programmable Settings: Many heating blocks come equipped with programmable settings, enabling users to create custom temperature profiles for specific protocols and experiments.

Heating blocks are indispensable tools for laboratories requiring precise and controlled sample heating, making them invaluable for a range of scientific experiments and applications.

Shaking Incubator

Shaking incubators are essential equipment in laboratories, providing a controlled environment for the incubation of samples at a specific temperature while offering agitation or shaking for optimal mixing. These instruments find widespread use in various biological, biochemical, and microbiological applications.

• Temperature Control: Shaking incubators maintain a precise and stable temperature, ensuring the optimal conditions for biological and chemical reactions.
• Agitation Mechanism: The built-in shaking or orbital agitation feature promotes uniform mixing of samples, enhancing reaction kinetics and supporting cell culture growth.
• Versatility: Shaking incubators accommodate a variety of sample types and vessel sizes, making them suitable for applications such as cell culture, microbial cultures, and biochemical assays.
• Adjustable Speed and Motion: Users can customize the shaking speed and motion pattern to meet the specific requirements of their experiments, allowing for gentle or vigorous mixing.
• Programmable Controls: Many shaking incubators come equipped with programmable settings, enabling users to create precise and reproducible protocols for their experiments.

Shaking incubators play a crucial role in laboratories by providing controlled conditions for incubation and mixing, facilitating a wide range of biological and chemical processes.

Multi position hotplate stirrer

A multi-position hotplate stirrer is an essential tool in laboratories, offering simultaneous heating and stirring for multiple samples. It provides a controlled environment for various applications, including mixing, dissolving, and heating reactions across multiple vessels.

• Multi-Position Capability: The standout feature is the ability to accommodate and independently control the temperature and stirring speed of multiple vessels or containers simultaneously.
• Uniform Heating: The hotplate ensures even and consistent heating across all positions, promoting reliable and reproducible results in experiments and reactions.
• Simultaneous Stirring: Each position on the hotplate stirrer is equipped with a stirring mechanism, allowing for simultaneous mixing of samples, facilitating efficient and uniform reactions.
• Individual Controls: Users can independently set and control the temperature and stirring speed for each position, providing flexibility and customization for different experimental requirements.
• Adjustable Temperature Range: The hotplate stirrer typically offers a broad and adjustable temperature range, making it suitable for a variety of applications, including chemical reactions and sample preparations.

Homogenizers

Homogenizers are essential tools in laboratories and industries for the efficient and consistent processing of samples. They work by disrupting and breaking down various materials, leading to a uniform mixture or emulsion.

• Sample Disruption: Homogenizers use mechanical force to disrupt and break down samples, facilitating the extraction of cellular components, proteins, nucleic acids, and other substances.
• Consistent Particle Size: The homogenization process ensures uniform particle size distribution, critical for obtaining reliable and reproducible results in downstream analyses.
• Variety of Sample Types: Homogenizers can process a wide range of sample types, including tissues, cells, bacteria, and other materials, making them versatile in different research and industrial applications.
• Different Homogenization Methods: There are various homogenization methods, including mechanical rotor-stator homogenization, bead milling, and ultrasonic homogenization, each suitable for specific applications and sample types.
• Adjustable Speed and Intensity: Many homogenizers offer adjustable speed and intensity settings, allowing users to tailor the homogenization process to the specific requirements of their samples.

BSC Class II A2

BSC Class II Type A2 is a containment device used in laboratories, particularly in fields such as microbiology, biotechnology, and pharmaceuticals. It is designed to provide both product and personnel protection by controlling the airflow and preventing the escape of potentially hazardous biological agents.

• Airflow Design: BSC Class II A2 cabinets have a distinctive airflow pattern. They recirculate about 70% of the air through the cabinet and exhaust approximately 30% to the environment after HEPA filtration, creating a barrier against airborne contaminants.
• Personnel Protection: The cabinet provides a sterile work environment, protecting researchers from exposure to biological agents through a downward laminar airflow and air barriers.
• Product Protection: BSC Class II A2 cabinets maintain a sterile environment to protect biological samples or materials being handled inside the cabinet from contamination.
• HEPA Filtration: High-Efficiency Particulate Air (HEPA) filters are a crucial component, ensuring that the air inside the cabinet is free from microorganisms and particles down to a specified size.